21st Century Laboratories Still Needs a Front Door! | Juliana Cherston | TEDxBoston

Quick Overview

The speaker argues that 21st-century laboratories need to be rebuilt to balance increasing automation with a strong civic presence, transforming them into "scientific cathedrals" and powerful epicenters of meaning in urban landscapes, rather than remaining isolated entities facing funding crises and public distrust.

Key Points: The current state of science faces a self-reinforcing cycle of funding crisis, public distrust (42% of USA distrust scientists' communication), and the emergence of new paradigms like AI scientists and self-driving labs. The speaker proposes a "For-Profit Theme Park" model where attractions like 'Optical Table' Photon Bumper Cars and Martian gravity simulators generate revenue to fund real, onsite, non-profit science labs, creating a 'town square feel'. The operating income of Disney Experiences Unit ($10 Billion in 2025) is comparable to the cost of building the James Webb Space Telescope ($10 Billion), suggesting entertainment revenue potential can support major science infrastructure. The speaker advocates for recasting existing labs as civic spaces, citing the 'Cycle to Science' initiative which maps cycling routes to various scientific sites near Boston as an example of building public access. The goal is to ensure that as experiments grow more automated, next-gen laboratories still grow more human, becoming powerful epicenters of meaning in the urban landscape. Actions suggested include educating oneself on organizations challenging traditional funding models (like Convergent Research, FutureHouse, ARIA) and actively designing labs with civic presence from the ground up.

Context: Juliana Cherston presents at TEDxBoston on the challenges facing traditional science laboratories, specifically addressing the funding crisis and public distrust leading to a need for new organizational models. She draws parallels between iconic entertainment attractions (like Disney parks and Space Mountain) and massive scientific endeavors (like CERN's Large Hadron Collider) to illustrate how science can be integrated more closely with public life, proposing a model where for-profit entertainment funds non-profit, accessible scientific spaces.